Network access point dynamic bandwidth allocation method and network access point dynamic bandwidth allocation device

Abstract

The invention provides a network access point dynamic bandwidth allocation method and a device. The method comprises the following steps: S1, regularly detecting current network traffic and network bandwidth of a connected user under an own service set identifier by a network access point; S2, reporting the current network traffic and network bandwidth to a cloud AC system; and S3, comparing the current network traffic with the network bandwidth, and adjusting the current network bandwidth to adapt to the current network traffic by the cloud AC system. By dynamically adjusting the bandwidth with the method, the function of automatically adjusting the network bandwidth by all network access points is achieved without a large number of engineers to modify the bandwidth of all the network access points, and all the network access points can automatically report the using condition of the network traffic to the cloud AC system, so as to enable the cloud AC system to conveniently carry out statistic analysis on data, and formulate a network bandwidth limitation strategy.

Description

technical field [0001] The invention relates to the technical field of network bandwidth adjustment, in particular to a method and device for dynamic bandwidth allocation of network access points. Background technique [0002] Hundreds of wireless APs may be required in an enterprise-level WLAN network, which is a workload that cannot be ignored in terms of specific deployment, actual configuration, and later maintenance. The bandwidth allocation of wireless APs can be configured uniformly or individually, but all of them need to be set manually, and dynamic configuration based on actual usage cannot be realized. [0003] In the prior art, DBA is a mechanism capable of dynamically allocating upstream bandwidth within microsecond or millisecond time intervals, and the DBA setting of EPON is aimed at the upstream traffic of each ONU. At the same time, DBA can improve the bandwidth utilization rate of the uplink of the PON port; more users can be added to the PON port; users c...

AI Technical Summary

Problems solved by technology

[0006] 1. The wireless AP will not automatically adjust the network bandwidth limit according to the actual usage of the network;

[0007] 2. Modifying the network bandwidth limit configuration of some wireless APs separately requires a large number of maintenance personnel, which increases personnel costs and lowers work efficiency;

[0008] 3. Traditional wireless controllers do not require APs to report traffic information, lack wireless AP network bandwidth control, and cannot achieve a more convenient and faster allocation method for wireless AP network bandwidth restrictions

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